DCAPS-software.json

[
    {
        "DARPA Program":"DCAPS",
        "Program Teams":[
            "Cogito Health"
        ],
        "Contributors":[
            ""
        ],
        "Software":"VetGuard",
        "Internal Link":"",
        "External Link":"http://www.cogitocorp.com/research-showcase/",
        "Public Code Repo":"daniel.ragsdale@darpa.mil",
        "Description":"VetGuard is part of a mobile-enabled \"stepped-care\" platform that provides three major technical components: Cogito dialog (shows voice interactions between two interactants, off-the-shelf), Cogito central (datasets of large human interactions, finding targets of interventions, commercially available in 2 months), and Cogito companion, which includes VetGuard (TRL6). (C++/Java/Python)",
        "Internal Code Repo":"",
        "License":[
            "GPR"
        ],
        "Languages":[
            "C++",
            "Java",
            "Python"
        ],
        "Categories":[
            "PTSD",
            "depression",
            "indicators",
            "health informatics"
        ],
        "New Date":"",
        "Update Date":""
    },
    {
        "DARPA Program":"DCAPS",
        "Program Teams":[
            "Poulin Holdings"
        ],
        "Contributors":[
            ""
        ],
        "Software":"Durkheim System",
        "Internal Link":"",
        "External Link":"",
        "Public Code Repo":"daniel.ragsdale@darpa.mil",
        "Description":"Durkheim is a medically-validated suicidality classifier with a system infrastructure designed to support clinicians, patients, and potential patients. The system provides real-time monitoring of mobile and social information for risks associated with suicidality and suicide ideation. (C++/Java/PHP/HTML)",
        "Internal Code Repo":"",
        "License":[
            "UGPR"
        ],
        "Languages":[
            "C++",
            "Java",
            "PHP",
            "HTML"
        ],
        "Categories":[
            "PTSD",
            "depression",
            "indicators",
            "health informatics"
        ],
        "New Date":"",
        "Update Date":""
    },
    {
        "DARPA Program":"DCAPS",
        "Program Teams":[
            "BBN",
            "Raytheon"
        ],
        "Contributors":[
            ""
        ],
        "Software":"MINAT",
        "Internal Link":"",
        "External Link":"",
        "Public Code Repo":"daniel.ragsdale@darpa.mil",
        "Description":"Medical Informatics and Analytics Toolkit (MINAT) was created to: 1) Code distress indicators (includes 75 element codebook), 2) Apply to multi-genre, multi-modal communication, 3) Show evidence for decisions, and 4) Triage for suicidal/homicidal ideation run as a deployable web service.",
        "Internal Code Repo":"",
        "License":[
            "UGPR"
        ],
        "Languages":[
            ""
        ],
        "Categories":[
            "PTSD",
            "depression",
            "indicators",
            "health informatics"
        ],
        "New Date":"",
        "Update Date":""
    },
    {
        "DARPA Program":"DCAPS",
        "Program Teams":[
            "BBN",
            "Intific",
            "ABM"
        ],
        "Contributors":[
            ""
        ],
        "Software":"NeuroAnalysis",
        "Internal Link":"",
        "External Link":"",
        "Public Code Repo":"daniel.ragsdale@darpa.mil",
        "Description":"The NeuroAnalysis system is designed as a low-cost, configurable tool for multi-modal stimuli presentation and synchronized biometric data collection. (C++/C#/ActionScript/Lua/Python)",
        "Internal Code Repo":"",
        "License":[
            "GPR"
        ],
        "Languages":[
            "C++",
            "C#",
            "ActionScript",
            "Lua",
            "Python"
        ],
        "Categories":[
            "PTSD",
            "depression",
            "indicators",
            "health informatics"
        ],
        "New Date":"",
        "Update Date":""
    },
    {
        "DARPA Program":"DCAPS",
        "Program Teams":[
            "USC",
            "ICT"
        ],
        "Contributors":[
            ""
        ],
        "Software":"SimSensei",
        "Internal Link":"",
        "External Link":"http://ict.usc.edu/prototypes/simsensei/",
        "Public Code Repo":"daniel.ragsdale@darpa.mil",
        "Description":"SimSensei seeks to enable a new generation of clinical decision support tools and interactive virtual agent-based healthcare dissemination/delivery systems that are able to recognize and identify psychological distress from multimodal signals. SimSensei uses user-state which can also be used to create long-term patient profiles that help assess change over time.",
        "Internal Code Repo":"",
        "License":[
            "GPR"
        ],
        "Languages":[
            ""
        ],
        "Categories":[
            "PTSD",
            "depression",
            "indicators",
            "health informatics"
        ],
        "New Date":"",
        "Update Date":""
    }
]